Cellular respiration happens in all eukaryotic cells and it occurs in the mitochondria, the powerhouse of the cell. cell resp breaks up glucose in order to create more ATP for the cell. the products that go IN are GLUCOSE and OXYGEN. the products that come OUT are CARBON DIOXIDE, WATER, and of course, ENERGY.
What happens is that If the structure is normal, this indicates branching and debranching enzymes are normal. But the reality is that this person must have an issue with a phosphorylase enzyme specific to muscle. One of them could be the one called McArdle's disease which is <span> a metabolic disease affecting </span>skeletal muscle<span> also known as Type V glycogen storage disease.</span>
Hey there,
Question : <span>The bones in the wings of birds and bats are _______ because they derived from a _______ ancestor, while the wings are _______ traits.
Answer : </span><span>homologous; common; homoplastic
Hope this helps :))
<em>~Top♥</em>
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The practically boundless varieties of antibodies can be produced using one arrangement of qualities is introns and exons take into account one quality coding to really code for a wide range of antibodies. Amid the procedure of RNA grafting, introns are evacuated and exons joined to frame a bordering coding succession.
If I remember correctly, there are two main types of transport—passive and active. Passive transport does not require energy or ATP, whereas active transport does.
Types of passive transport include diffusion and osmosis, both of which involve moving down a concentration gradient and thus not requiring energy.
Active transport moves up the concentration gradient and does require energy.
Perhaps someone who has taken bio within the last several years can correct anything I might have misstated here.
